BRADYCARDIA

This study tests a new pacing lead (Solia CSP S) placed deep in the heart's natural electrical system to treat slow heart rhythms. About 192 people who need a pacemaker will get this lead. Researchers will check for serious side effects within 3 months and how often the lead is p…

This study tests the safety and performance of a new pacemaker and lead system for people who need a pacemaker to help their heart beat properly. About 152 participants will be followed for up to a year after implantation. The goal is to see if the system works well and has few s…

This study is testing a new type of pacemaker that doesn't use wires (leads) to help people with a slow heartbeat. About 20 adults who need a pacemaker will get this device and be checked for safety and performance at 1 and 3 months. The goal is to see if the leadless pacemaker w…

This study follows 37,000 Medicare patients who received a Micra AV leadless pacemaker or a traditional pacemaker to compare complication rates and survival over two years. Researchers use insurance claims data to monitor safety. The goal is to gather real-world evidence on how w…

This study gathers information from 1000 adults with heart rhythm problems like bradycardia or tachycardia who have or will get a cardiac implantable device. Researchers collect details about the device, implant procedure, and patient health to guide future product improvements. …

This study follows about 37,000 Medicare patients who received a Micra leadless pacemaker to treat slow heart rate (bradycardia). Researchers will use insurance claims data to check for complications within 30 days and survival rates over 2 years. The goal is to gather real-world…

This study is a registry that follows about 3100 people who receive a Micra pacemaker for a slow heart rhythm (bradycardia). The goal is to confirm the device works safely and effectively in routine medical practice after it was approved. Researchers will track complications and …